Respuesta :
3N
This is because unbalanced opposite forces form a resultant force (as an object can’t move in 2 different directions) so the 4N to the right And 1N on the left form a resultant force as the smaller force is taken from the larger force 4N-1N to form a resultant force of 3N to the right.
1️⃣⬅️➡️4️⃣
➡️3️⃣
This is because unbalanced opposite forces form a resultant force (as an object can’t move in 2 different directions) so the 4N to the right And 1N on the left form a resultant force as the smaller force is taken from the larger force 4N-1N to form a resultant force of 3N to the right.
1️⃣⬅️➡️4️⃣
➡️3️⃣
Answer:
The net force acting on the car is 3 N.
(d) is correct option.
Explanation:
Given that,
Force = 4 N to the right
Friction force = 1 N to the left
We need to calculate the net force acting on the car
According to the question,
When a toy car is pushed across the floor with a force then the normal force applied to the right and the frictional force applied to the left on the car.
Then, the net force = normal force - frictional force
Using formula of net force
[tex]F_{net}=F-F_{k}[/tex]
[tex]F_{net}=4-1[/tex]
[tex]F_{net}=3\ N[/tex]
Hence, The net force acting on the car is 3 N.